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[Method of Implementation] USB Type-C Cable Assembly Compliance Test

Overview

The method of implementation (MOI) specifies the test procedures for USB Type-C cable assembly compliance tests using the M937xA PXIe vector network analyzer (VNA). The state files and the setup program are also available for quick and easy setup and measurements.
All ports of the M937xA in a multiport configuration are fully synchronous and measured simultaneously, so you can quickly perform a 12-port S-parameter measurement required per compliance tests. All measurement parameters can be obtained with a single cable connection by using the multiport VNA.

Revision Number

Rev.01.00

Measurement Parameters

  • D+/D- Impedance
  • D+/D- Propagation Delay
  • D+/D- Intra-pair Skew
  • Differential Impedance
  • [Low Speed Signal] Characteristic Impedance
  • D+/D- Pair Attenuation
  • ILfitatNq, IMR, IXT, IRL, Differential to Common Mode Conversion
  • Shielding Effectiveness
  • Insertion Loss
  • Return Loss
  • NEXT/FEXT between Gen2 Pairs
  • NEXT/FEXT between D+/D- and Gen2 Pairs
  • [Low Speed Signal] Crosstalk, VBUS Loop L/C, Coupling Factor
Measurement Image

Documents & Downloads

Method of Implementation (MOI) for USB Type-C Cable/Adapter Assembly High Speed Compliance Test 
Keysight Method of Implementation (MOI) for USB Type-C to Type-C Cable, Type-C to Legacy Cable, Type-C to Legacy Adapter Assembly High Speed Compliance Test Using Keysight M937xA PXIe Multiport VNA

Application Note 2017-02-24

null PDF 4.66 MB
Method of Implementation (MOI) for USB Type-C Cable Assembly Low Speed Compliance Test 
Keysight Method of Implementation (MOI) for USB Type-C to Type-C Cable Assembly Low Speed Compliance Test Using Keysight M937xA PXIe Multiport VNA

Application Note 2017-02-24

null PDF 2.91 MB
M937xA PXIe Multiport VNA USB Type-C Cable/Adapter Assembly Compliance Test Package 
 

Programming Example 2016-04-14

null ZIP 205 KB